Qirong Shen

The paper identifies metabolic exchange and siderophore sharing mechanisms that enhance biofilm formation among three rhizosphere bacterial species and improve plant growth in iron-depleted soil.

The paper shows that phage targeting a probiotic bacterium can enhance disease suppressiveness in the rhizosphere by altering bacterial interactions and diversity.

LorMe provides a unified R framework for microbiome analysis, offering an end-to-end pipeline with reproducibility and interoperability across tools.

This study identifies metabolite-mediated interactions between Bacillus and Trichoderma that enhance Fusarium wilt control in soil.

This study uses genome-scale models and synthetic communities to show that substrate utilization and cross-feeding synergistically determine microbiome resistance to pathogen invasion.

This study shows that inulin enhances the biocontrol efficacy of Lysinibacillus sphaericus against Ralstonia solanacearum by promoting cooperation with Pseudoarthrobacter strains in soil.

The paper predicts plant health using spatiotemporal changes in soil properties with 84% accuracy across multiple climates and cropping systems.

This study investigates bacterial-fungal interactions between Bacillus velezensis and Trichoderma guizhouense, showing biofilm-mediated colonization and gene expression changes that reveal complex dynamics in soil microbiota.

This study investigates how interspecies interactions shape genetic and phenotypic diversity in a two-species microbial consortium over evolutionary time.

This study investigates how adding straw and microbes accelerates hydrochar aging by identifying key bacterial guilds involved in nutrient cycling.